Application

Cellulose ether and redispersible polymer powder are very common chemical additives in tile adhesive application.

JINJI HPMC enhances water retention, extends open time, and boosts bond strength for secure tile placement.

Redispersible Polymer Powder(RDP): Prevents sagging, adds flexibility, and enhances impact resistance for durable adhesion on diverse surfaces.

When it comes to the application of wall putty/skim coat, the most commonly used chemical additives are cellulose ether and redispersible polymer powder. The use of these two additives dramatically change the performance of wall putty.

JINJI MHEC improves water retention for smooth application and reduces shrinkage cracks.

For wall putty/skim coat, RDP improves the putty's flexibility and crack resistance, resulting in a long-lasting finish.

In the context of the installation of cement render, there is frequently the incorporation of additives, with cellulose ether and redispersible polymer powder being two examples.

In cement render application, HPMC improves the plasticity and workability, making the application process easier.

RDP increases cohesion, reduces shrinkage, and provides weather-resistant protection.

JINJI CHEMICAL products are popularly used in the EIFS system. They improve adhesion, increase impact resistance, and avoid cracking.

They combine multiple benefits in just a small dosage of additives.

Cellulose Ether (HPMC/MHEC): Ensures consistent hydration for crack-free thermal insulation layers.

RDP: Fortifies flexibility and impact resistance against harsh environmental stress.

Self-levelling compounds is a mixture designed to level itself on the floor and to achieve a smooth and even surface after drying. This is achieved by the addition of a large number of chemical additives.

For self-leveling mortar, cellulose ether stabilizes the mixture, enabling a smooth and even surface finish.

RDP enhances leveling properties and prevents surface delamination under heavy loads.

Cellulose ether and redispersible polymer powder are essential in machine sprayed mortar. They enhance pumpability, minimize rebound loss, and ensure uniform layer adhesion.

These additives deliver multi-functional performance with high efficiency at low dosage.

Cellulose Ether (HPMC/MHEC): Reduces rebound loss and improves pumpability for efficient spray application.

RDP: Boosts adhesion to overhead/vertical substrates and reduces equipment buildup.

In concrete mortar, JINJI CHEMICAL products enhances workability and durability.

MHEC enhances the mixture's workability and resistance to shrinkage.

PP Fiber reinforce the concrete, making it last longer and reducing the chance for repairs.

Water reducer in concrete mortar: Reduce the water content by 25%-40% and enhance concrete strength.

Detergents are our everyday essentials. Detergent additives can extend the shelf life of the product. It allows the products to be stored for two years or even longer.

With added cellulose additives, it can provide high transparency and remove dirt & contaminants from different materials.

JINJI CHEMICAL cellulose ether additives options for detergent include HPMC, MHEC, and HEC.

Cellulose ether are widely chosen for water-based paint. They optimize viscosity, maintain vibrant color consistency, and provide durable film resistance.

JINJI CHEMICAL thickeners function as an effective water-based paint additive to enhance the viscosity of the paint, providing optimal application consistency. This results in better control over the flow and leveling of the paint.

Cellulose Ether (HPMC/MHEC/HEC): Provides viscosity control, improves brushability, and prevents splattering.

Drilling fluid, also known as mud, circulates through the drill pipe during drilling operations. Its purpose is to cool and lubricate the drill bit, carry cuttings to the surface and stabilise the wellbore.

JINJI CHEMICAL specialises in producing high-performance drilling fluid chemical additives - Hydroxyethyl Cellulose (HEC) - to help solve these challenges.

Our HEC improves drilling efficiency in harsh conditions by thickening, suspending and lubricating the drilling fluid to enhance its viscosity and stability.